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    • 31. 发明授权
    • On-axis optical system for illumination and projection of a reflective LCD microdisplay
    • 用于照明和投影反射型LCD微显示器的轴上光学系统
    • US06801362B1
    • 2004-10-05
    • US10198495
    • 2002-07-18
    • Robert D. Brown
    • Robert D. Brown
    • G02B2710
    • G02B13/22G03B21/006
    • The invention is an on-axis optical projection system that displays an image on a projection surface. The optical projection system includes a light source and a reflective LCD microdisplay that modifies light from the light source to form a desired image. The LCD microdisplay reflects light toward the projection surface. A mirror reflects light from the light source in a first optical path toward the LCD microdisplay. The mirror does not affect the polarization orientation of the light reflected thereupon. A plurality of lenses are positioned within the system to focus and direct light along the first optical path and along a second optical path from the microdisplay to the projection surface. The first optical path is substantially opposite in direction to the second optical path. The plurality of lenses includes a dual-purpose lens that simultaneously transmits light along both the first optical path and the second optical path.
    • 本发明是在投影面上显示图像的轴上光学投影系统。 光学投影系统包括光源和反射LCD微显示器,其修改来自光源的光以形成期望的图像。 LCD微显示器朝向投影面反射光。 镜子将第一光路中的光源的光反射到LCD微显示器。 反射镜不影响反射的光的偏振方向。 多个透镜位于系统内,以便沿着第一光路并沿着从微显示器到投影表面的第二光路聚焦和引导光。 第一光路基本上与第二光路相反。 多个透镜包括同时沿着第一光路和第二光路同时透射光的双用透镜。
    • 38. 发明授权
    • Contact planarization apparatus
    • 接触平面化装置
    • US07775785B2
    • 2010-08-17
    • US11613898
    • 2006-12-20
    • Jeremy W. McCutcheonRobert D. Brown
    • Jeremy W. McCutcheonRobert D. Brown
    • B28B1/00B29C35/08
    • G03F7/168H01L21/67092H01L21/67115
    • A contact planarization apparatus includes a lower membrane assembly, an upper membrane assembly, a differential pressure assembly, and a curing or reflowing assembly. The lower membrane assembly supports a substrate to be planarized and biases it toward the upper membrane assembly under the influence of the pressure differential assembly. The upper membrane assembly planarizes the coating on the substrate under the influence of the differential pressure assembly and includes a flexible sheet which is supported above the substrate stage and below the curing or reflowing assembly via a vacuum force applied by the differential pressure assembly. The differential pressure assembly moves the lower and upper membrane assemblies relative to one another to planarize the coating on the substrate entirely through the application of vacuum and pressure forces. The differential pressure assembly includes atop pressure chamber positioned above the upper face of the upper sheet, a bottom pressure chamber positioned below the lower face of the lower sheet, and a central pressure chamber positioned generally between the lower face of the upper sheet and the upper face of the lower sheet.
    • 接触平面化装置包括下膜组件,上膜组件,差压组件和固化或回流组件。 下膜组件支撑待平坦化的基底,并在压差组件的影响下将其偏向上膜组件。 上膜组件在差压组件的影响下平坦化基板上的涂层,并且包括柔性片,其通过由差压组件施加的真空力被支撑在基底台上并在固化或回流组件之下。 差压组件相对于彼此移动下部膜组件和上部膜组件,以通过施加真空和压力力使衬底上的涂层完全平坦化。 差压组件包括顶部压力室,其位于上板的上表面上方,位于下板的下表面下方的底压室以及通常位于上板的下表面和上板之间的中心压力室 下表面。
    • 39. 发明授权
    • Dual lamp projection system
    • 双灯投影系统
    • US06937377B1
    • 2005-08-30
    • US10706571
    • 2003-11-12
    • Robert D. BrownDavid H. Modro
    • Robert D. BrownDavid H. Modro
    • G02B27/09H04N9/31G02B1/00G02F1/07G03B15/02
    • G02B27/0994H04N9/315
    • An illumination system is disclosed, which includes a first light source and a second light source configured to emit light when the first light source is not emitting light. A polarizing element accepts light from the first and second light sources. The polarizing element emits, along a light path, light from the first light source with a first polarization orientation. The polarizing element emits, along the light path, light from the second light source with a second polarization orientation. A homogenizing element receives and homogenizes polarized light from the polarizing element. A polarization rotator receives light from the homogenizing element. The polarization rotator selectively rotates one of the first and second polarization orientations to ensure light emitted therefrom maintains a constant polarization orientation.
    • 公开了一种照明系统,其包括第一光源和被配置为当第一光源不发光时发光的第二光源。 偏振元件接受来自第一和第二光源的光。 偏振元件沿着光路从第一光源发射具有第一偏振取向的光。 偏振元件沿着光路发射具有第二偏振取向的来自第二光源的光。 均质元件接收并均化偏振元件的偏振光。 偏振旋转器从均质元件接收光。 偏振旋转器选择性地旋转第一和第二偏振取向中的一个,以确保从其发射的光保持恒定的偏振取向。
    • 40. 发明授权
    • Drive apparatus for belt power turns
    • 带动力传动装置
    • US4887708A
    • 1989-12-19
    • US300135
    • 1989-01-23
    • Robert D. BrownRichard A. Compton
    • Robert D. BrownRichard A. Compton
    • B65G15/02
    • B65G15/02B65G2201/02
    • Drive apparatus for driving an endless moving conveyor belt for a power turn to change the direction of movement of articles in a transfer conveying system wherein the plurality of rolls at each end of the power turn over which the endless conveyor belt passes have a diameter less than about one inch. An endless chain is attached to the endless moving conveyor belt for movement therewith. A drive shaft is provided adjacent to each end of the power turn and has a drive roll having a tapered outer surface and a drive sprocket mounted thereon for rotation therewith. A snub roll shaft is provided adjacent to each end of the power turn and has a snub roll integral with the snub roll drive shaft and having a tapered outer surface and a snub roll sprocket mounted on the drive roll snub shaft for rotation therewith. An idler sprocket is mounted on the outer side wall adjacent to each end of the power turn. The endless moving conveyor belt is trained around the power turn so that at one end portion it moves first over the outer surfaces of the plurality of the rolls, then over a portion of the lower half of a drive roll's outer surface and then over a portion of the upper half of the snub roll's outer surface to provide a frictional driving force. At the other end portion, the movement is in a reverse order. The endless chain is trained around the power turn so that at one end it moves first over the idler sprocket, then over a portion of the lower half of the drive sprocket and then over a portion of the upper half of the snub roll sprocket to provide a positive driving force. At the other end, the movement is in a reverse order.
    • 驱动装置,用于驱动用于动力转向的无端移动的传送带,以改变传送输送系统中的物品的运动方向,其中环形传送带通过的动力转向的两端的多个辊的直径小于 约一英寸 环形链条连接到无端移动的传送带上以与其一起运动。 驱动轴设置在动力转向件的每一端附近,并且具有驱动辊,该驱动辊具有锥形的外表面和安装在其上的驱动链轮,用于与其一起旋转。 缓冲辊轴设置在电动转弯的每一端附近,并且具有与缓冲辊驱动轴一体的缓冲辊,并且具有锥形外表面和安装在驱动辊缓冲轴上以与其一起旋转的缓冲辊链轮。 惰轮链轮安装在与电源转向的每一端相邻的外侧壁上。 无端移动的传送带围绕动力转向进行训练,使得在一端部处首先移动到多个辊的外表面上,然后在驱动辊的外表面的下半部分的一部分上,然后在一部分上方 的缓冲辊的外表面的上半部以提供摩擦驱动力。 在另一端部,移动是相反的顺序。 环绕链条围绕动力转向进行训练,使得其一端首先在惰轮链轮上移动,然后在驱动链轮的下半部分的一部分上方,然后在缓冲辊轮链轮的上半部分上方提供 积极的推动力。 在另一端,运动是相反的顺序。